A Step Forward in Technology by Poole Hospital

A well-renowned and world–class surgical robot has been introduced at Poole Hospital by University Hospitals Dorset (UHD), making it the first trust in the South West to adopt the next generation of the groundbreaking technology. The Da Vinci 5 (DV5) system at Poole Hospital is among the most advanced surgical robots in the world, featuring more than 150 design innovations and up to 10,000 times the computing power of previous models. The robot is also capable of introducing Force Feedback technology, which helps surgeons feel tissue tension during procedures, marking a first in the healthcare industry. With the latest launch, UHD now has three surgical robots in total, with two at Poole Hospital and one at Royal Bournemouth Hospital.

David Kenward, deputy general manager in theatres at UHD, said: “The arrival of the da Vinci 5 marks more than a technological milestone for UHD - it represents our commitment to safer surgery, greater precision, and better outcomes for every patient we serve.”


According to the Precedence Research, the global surgical robotics market size was valued at USD 12.49 billion in 2025 and is projected to reach approximately USD 50.29 billion by 2035, growing at a CAGR of 14.95% from 2026 to 2035.

Benefits of Robotic Surgeries

The newly introduced technology in the Poole Hospital is expected to enable an additional 300 patients each year to benefit from robotic surgery, with an expectation of 70% of cancer patients. Robotic surgeries are helpful as they lower the hospital waiting times, improve clinical outcomes, and allow efficient usage of operating theatres with the help of a dedicated robotic hub. The advanced technology easily aligns with national guidance for best practice.

Dr James Manners, consultant urological surgeon at University Hospitals Dorset, said: “I am delighted that we have managed to bring the very latest innovations in robotic surgery to University Hospitals Dorset in the form of the DV5 robot. The technology in this system is quite staggering. For the first time, it will allow us to feel the tension that is being placed in body tissues as we operate on them. This is likely to reduce strain on body tissues and allow patients to recover faster, with less discomfort.”